Antibody Gene Synthesis
Precise Customization, One-stop Antibody Services
Home > DNA Synthesis > Antibody Gene Synthesis
Antibody Gene Synthesis

Antibody sequence optimization and vector construction are crucial factors influencing the efficient expression of antibody proteins. Synbio Technologies' Syno GS Gene Synthesis Platform offers an efficient and high-quality antibody gene synthesis service. Through the use of our comprehensive codon optimization strategies and high-expression vectors, we enable efficient expression of downstream recombinant antibodies and facilitate research in antibody engineering.


As noted in the process below, Synbio Technologies also provides one-stop services from hybridoma sequencing to recombinant antibodies.

Highlights
  • 100% Accurate Antibody Gene Sequence
  • Free Codon Optimization, Vector Build, and Storage
  • Highly Customized Gene Synthesis Scheme Design
  • Provide One-stop Service
Service Details
Gene Length Price Turnaround Time
(Business Days)
Additional Value
≤500 bp (Heavy and light chain variable region sequences) $99/ construct
(bulk price available)
10

• Free codon optimization
• Free in-house vectors with pre-synthesized constant regions for cloning and expression
• Free custom vector deposit
• Free sequence verification
• Antibody gene fragment synthesis available, starting at $27 per gene fragment


Vector Types

• Human Antibody Expression Vectors

Vector Name Vector Map Description
pAb20-hCK Vector Type: Human Antibody Expression Vector
Promoter: CMV Promoter
Vector Resistance: Ampicillin
Fc Type: hCK
pAb20-hCL-1 Vector Type: Human Antibody Expression Vector
Promoter: CMV Promoter
Vector Resistance: Ampicillin
Fc Type: hCL
pAb20-hCHIgG1 Vector Type: Human Antibody Expression Vector
Promoter: CMV Promoter
Vector Resistance: Ampicillin
Fc Type: hCH IgG1
pAb20-hCL-2 Vector Type: Human Antibody Expression Vector
Promoter: CMV Promoter
Vector Resistance: Ampicillin
Fc Type: hCL
pAb20-hCHIgG2 Vector Type: Human Antibody Expression Vector
Promoter: CMV Promoter
Vector Resistance: Ampicillin
Fc Type: hCH IgG2
pAb20-hCHIgG3 Vector Type: Human Antibody Expression Vector
Promoter: CMV Promoter
Vector Resistance: Ampicillin
Fc Type: hCH IgG3
pAb20-hCHIgG4 Vector Type: Human Antibody Expression Vector
Promoter: CMV Promoter
Vector Resistance: Ampicillin
Fc Type: hCH IgG4
pAb20-hCHIgM Vector Type: Human Antibody Expression Vector
Promoter: CMV Promoter
Vector Resistance: Ampicillin
Fc Type: hCH IgGM

• Mouse Antibody Expression Vectors

Vector Name Vector Map Description
pAb20-mCK Vector Type: Mouse Antibody Expression Vector
Promoter: CMV Promoter
Vector Resistance: Ampicillin
Fc Type: mCK
pAb20-mCL-1 Vector Type: Mouse Antibody Expression Vector
Promoter: CMV Promoter
Vector Resistance: Ampicillin
Fc Type: mCL
pAb20-mCL-2 Vector Type: Mouse Antibody Expression Vector
Promoter: CMV Promoter
Vector Resistance: Ampicillin
Fc Type: mCL
pAb20-mCHIgG1 Vector Type: Mouse Antibody Expression Vector
Promoter: CMV Promoter
Vector Resistance: Ampicillin
Fc Type: mCH IgG1
pAb20-mCHIgG2a Vector Type: Mouse Antibody Expression Vector
Promoter: CMV Promoter
Vector Resistance: Ampicillin
Fc Type:mCH IgG2a
pAb20-mCHIgG2b Vector Type: Mouse Antibody Expression Vector
Promoter: CMV Promoter
Vector Resistance: Ampicillin
Fc Type:mCH IgG2b
pAb20-mCHIgG3 Vector Type: Mouse Antibody Expression Vector
Promoter: CMV Promoter
Vector Resistance: Ampicillin
Fc Type:mCH IgG3
pAb20-mCHIgM Vector Type: Mouse Antibody Expression Vector
Promoter: CMV Promoter
Vector Resistance: Ampicillin
Fc Type:mCHIgM
Workflow
Deliverables
100 μg endo-free plasmid
Sequence verification result
Certificate of analysis
FAQs
Resources
Get in Touch with Us
Related Services
  • Promo Code: NEWGENEORDER
    Promotion Duration: October 1 – November 30, 2024
    Contact Us
  • Address:
    9 Deer Park Dr., Suite J-25
    Monmouth Junction, NJ 08852

This website stores cookies on your computer. These cookies are used to collect information about how you interact with our website and allow us to remember you.
To find out more about the cookies we use, see our Privacy Policy.

Accept